Tomáš Zavřel

This study shows that removing glycogen in Synechocystis sp. PCC 6803 increases ethylene production but creates a metabolic constraint involving 2-oxoglutarate, GS-GOGAT, and phosphate.

This study characterizes the spectral acclimation strategies of a CA3 cyanobacterium across the full PAR range, showing that metabolic cost influences the type of light quality response.

This paper evaluates the OJIP fluorescence method for semi-quantitative estimation of PQ-redox in algae and cyanobacteria, showing its applicability to both dark- and light-acclimated samples.

This study identifies ApcI as a phycobilisome linker protein in Synechocystis sp. PCC 6803 that regulates high light adaptation by replacing ApcG and interacting with photosystem II.

This paper develops a novel flux balance analysis approach for light-limited cyanobacterial growth, incorporating photoinhibition and variable quantum yield to predict growth properties.

The paper develops a minimal kinetic model of cyanobacterial phototrophic growth to study protein allocation trade-offs and derives growth laws similar to heterotrophic organisms with key differences due to light energy and carbon uptake.